Chloropyramine hydrochloride

本公司产品仅用于科研实验，不得用于人体或动物的临床与诊断

Chloropyramine hydrochloride 是一种组胺受体 H1 (histamine receptor H1) 拮抗剂，它也能抑制 VEGFR-3 和 FAK 的生化功能。

Chloropyramine is a first generation antihistamine drug approved in some Eastern European countries for the treatment of allergic conjunctivitis, allergic rhinitis, bronchial asthma, and other atopic (allergic) conditions. Related indications for clinical use include Quincke’s edema, allergic reactions to insect bites, food and drug allergies, and anaphylactic shock.(In Vitro):BT474 cells are highly sensitive to Chloropyramine hydrochloride (compound 1) treatment, whereby 1 μM concentrations cause a 40% reduction of viability after 48 h of treatment. It is found that at 1 μM concentrations of Chloropyramine hydrochloride, viability of control MCF7-pcDNA3 cells is significantly higher than the viability of MCF7-VEGFR-3 cells (P<0.01) and at 10 μM concentration this difference reaches twofold (P<0.001). In the BT474 cells treatment with Chloropyramine hydrochloride also leads to a concentration-dependent decrease of cell proliferation. When treatment with Chloropyramine hydrochloride is continued for 48 h, the breast cancer cells that overexpressed VEGFR-3 undergo apoptosis. This effect is dose-dependent, with 10 μM Chloropyramine hydrochloride inducing apoptosis in more than 60% of BT474 cells. In our model cell lines MCF7-pcDNA3 and MCF7-VEGFR-3, treatment with 10 μM Chloropyramine hydrochloride for 48 h leads to a 4-fold increase in apoptotic cell death in the cell line that overexpressed VEGFR-3 (18% versus 76 % respectively). (In Vivo):Chloropyramine hydrochloride causes a dramatic reduction of tumor growth in both model systems whereby the tumor size in the treated groups is approximately 20% of the tumor size in vehicle control groups. Doxorubicin administered at 3 mg/kg causes approximately 60% reduction of tumor growth, but has no effect on tumor growth at 0, 3 mg/kg. In contrast, there is a modest effect of Chloropyramine hydrochloride alone (50% reduction of tumor growth). The low-dose combination of Chloropyramine hydrochloride and doxorubicin has a prolonged anti-tumor effect (85% reduction of tumor growth) that is greater than either drug alone.

BT474 cells are highly sensitive to Chloropyramine hydrochloride (compound 1) treatment, whereby 1 μM concentrations cause a 40% reduction of viability after 48 h of treatment. It is found that at 1 μM concentrations of Chloropyramine hydrochloride, viability of control MCF7-pcDNA3 cells is significantly higher than the viability of MCF7-VEGFR-3 cells (P<0.01) and at 10 μM concentration this difference reaches twofold (P<0.001). In the BT474 cells treatment with Chloropyramine hydrochloride also leads to a concentration-dependent decrease of cell proliferation. When treatment with Chloropyramine hydrochloride is continued for 48 h, the breast cancer cells that overexpressed VEGFR-3 undergo apoptosis. This effect is dose-dependent, with 10 μM Chloropyramine hydrochloride inducing apoptosis in more than 60% of BT474 cells. In our model cell lines MCF7-pcDNA3 and MCF7-VEGFR-3, treatment with 10 μM Chloropyramine hydrochloride for 48 h leads to a 4-fold increase in apoptotic cell death in the cell line that overexpressed VEGFR-3 (18% versus 76 % respectively).

Chloropyramine hydrochloride causes a dramatic reduction of tumor growth in both model systems whereby the tumor size in the treated groups is approximately 20% of the tumor size in vehicle control groups. Doxorubicin administered at 3 mg/kg causes approximately 60% reduction of tumor growth, but has no effect on tumor growth at 0, 3 mg/kg. In contrast, there is a modest effect of Chloropyramine hydrochloride alone (50% reduction of tumor growth). The low-dose combination of Chloropyramine hydrochloride and doxorubicin has a prolonged anti-tumor effect (85% reduction of tumor growth) that is greater than either drug alone.

Alergosan, Allergan S hydrochloride, Chloropyramine hydrochloride, Halopyramine hydrochloride, Nilfan, Sinopen, Suprastin

Tyrosine Kinase

FAK

FAK-VEGFR-3| H1 receptor

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6170-42-9

326.26

C16H20ClN3·HCl

>98% (HPLC)

DMSO: 10 mM

N(c1ncccc1)(Cc1ccc(cc1)Cl)CCN(C)C.Cl

1,2-Ethanediamine, N-((4-chlorophenyl)methyl)-N',N'-dimethyl-N-2-pyridinyl-, monohydrochloride (9CI)

(-20℃)

With Ice Pack

≥ 2 years